Search results for: 'atmospheric water harvesting'

The atmosphere is a potentially limitless alternative water source that has gained increasing industrial interest. Atmospheric water generation technologys entrance into the commercial market is mainly to offer a solution to the worsening global water crisis. Although atmospheric water generation is an ancient practice to harvest water from the ai...

Energy harvesting sensor solutions are emerging as a foundational layer for large-scale ambient IoT, enabling autonomous, battery-free sensing across distributed and infrastructure-intensive environments. By converting ambient energy sources such as light, heat, vibration, and RF into usable power, these sensors eliminate the need for wired power a...

Increasing atmospheric CO2 concentrations have resulted in a global quest for solutions which would enable an immediate reduction in the concentration levels. The current study discusses the global scenario with respect to global warming and provides a technology overview of the different types of atmospheric CO2 removal technologies/ strategies wh...

Population growth and urbanization are trends impacting the levels and degree of pollution of water bodies across the globe. Paired with industries’ key priorities of sustainable development and climate resilience, the global push for water-efficient technologies and practices is apparent. Water is increasingly considered a scarce and limited resou...

By 2050, about 1 billion people will reside in urban centers in APAC. Despite relatively high water availability, most APAC countries face water stress primarily due to uneven distribution of water. Most medium-high income economies have implemented policies favoring the reuse of treated wastewater primarily to meet growing industrial demand. N...

Rapid urbanization is worsening the scarcity and stress on India s water resources, driving demand for smart water meters to ensure universal water coverage that is economical and environmentally sustainable. India is investing in developing water supply infrastructure to ensure universal coverage through policies and schemes, such as AMRUT 2.0. Th...

Technologies play a major role in reducing water consumption. This current research service discusses about management practices and seven technologies that can reduce water consumption in agriculture: Drip irrigation, desalination, hydroponics, variable rate irrigation (VRI), aeroponics, atmospheric water generation (AWG), and sensors and smart me...

The COVID-19 pandemic has revitalized the importance of resilient and future-ready water and wastewater infrastructure. Municipalities and industries across the globe have begun adopting net-zero, decarbonization, and circularity goals to become sustainable, resilient, and future ready. IoT-based solutions have become a vital cog in helping end use...

Water utilities must improve resilience and sustainability in the face of climate change-induced weather disruptions, which have caused unprecedented levels of flooding or drought. In the last 5 years, there has been a decisive shift in policies and regulations, which now significantly focus on ensuring water security. Water conservation and reuse...